General Specifications

Transcription

1 General Specifications GS 32P06K52-01EN Model Fire and Gas Communication Module GENERAL This document describes about Model fire and gas communication module (*1) used with a safety control station () for performing fire and gas communication. The fire and gas communication function is one of safety subsystem communication function to safety perform communication with the subsystem devices. By using the s fire and gas communication function, the gas concentration data from wireless gas detector () (*2) can be referred to via a fire and gas communication module. This fire and gas communication module can be mounted on a safety control unit (S2SC70 ). It can also be mounted on a safety node unit (SNB10D), which is connected to S2SC70. *1: Supported by ProSafe-RS R or later. *2: Wireless gas detector is a product of GasSecure AS which is a subsidiary of the German company Drägerwerk AG & Co. (as of October, 2017) Fire and gas communication module Ethernet cable (PROFINET) Ethernet cable (PROFINET) HUB F01E.ai Figure System configuration example of the fire and gas communication module HARDWARE SPECIFICATIONS Hardware specifications of fire and gas communication module are as shown below. Item Model Physical layer interface Table Fire and Gas communication module hardware specification IEEE BASE-TX Connector RJ-45 (ISO/IEC8877 comply) (*1) Transmission speed 100 Mbps Specifications Transmission route 2 x 2 twisted, symmetrical and shielded copper cable (*1) Transmission distance Installation method No. of ports Communication protocol Maximum current consumption Weight 1 segment, 100 m (in between and, or and HUB) Mounted on S2SC70 or SNB10D One port PROFINET 0.8 A Approx kg *1: The cables and connectors must comply with the PROFINET standards. Yokogawa Electric Corporation , Nakacho, Musashino-shi, Tokyo, Japan GS 32P06K52-01EN Copyright Nov. 2017(YK) 2nd Edition June 15, 2018(YK)

2 2 OPERATING ENVIRONMENT Hardware requirements The fire and gas communication module runs on the following. S2SC70S, S2SC70D Software requirements The fire and gas communication module runs on the control function of the following. RS4F1500 Safety Control Function (for S2SC70 ) Engineering requirements Engineering work can be performed with RS4E5100 safety system engineering and maintenance function. Also engineering for field wireless system and configuration of wireless gas detector () are required separately. INSTALLATION ENVIRONMENT RS4F1500 safety control function (for S2SC70 ) No. of to be mounted Max. 8 units / (*1) No. of PROFINET devices () Max. 128 devices / (Max 128 pairs for dual-redundant operation) No. of PROFIsafe devises () Max. 60 devices / (*2) Max. 320 devices / (*2) Safety subsystem communication capacity Max. 500 data (1,000 words) / Max. 2,000 data (4,000 words) / No. of communication definition 200 definitions / (*3) *1: The dual-redundant configuration of is not supported. *2: Under the following conditions, this number of can be connected to or. - acquires 6 data (gas concentration data, self-diagnostics information, and battery life) from by the 3 communication definitions. - acquires 1 data (operation condition information) from / by the 1 communication definition. - The total number of devices of and connected to is 20 devices. - The total number of devices of and connected to is 80 devices. 60 devices ( / ) x 3 definitions + 20 devices ( / ) x 1 definition =200 definitions / 320 devices ( / ) x 6 data + 80 devices ( / ) x 1 data = 2000 data / *3: The gas concentration data is 4 data-sizes per one definition, and the self-diagnostics information or the operating condition information is 1 data-size per one definition.

3 3 FIRE AND GAS COMMUNICATION FUNCTION Fire and gas communication function is for to acquire the gas concentration data from wireless gas detector () via fire and gas communication module mounted on and field wireless system comply with the ISA100.11a standards. Field wireless system used as communication paths consists of Field Wireless Management Station (), Field Wireless Access Point (), and Field Wireless Media Converter (YFGW610). Field wireless system has architecture to segregate station and antenna, thus, achieves reliable and flexible system operation by the dualredundant configuration for each devices. System configuration A system configuration example to connect ProSafe-RS system, field wireless system, and wireless gas detector is shown as below. AD Server Ethernet SENG (AD Organizer, Manager, PROFINET Configurator ) HIS/ENG Vnet/IP FWMC HUB Field network (PROFINET) Ethernet HUB YFGW610 Metal network cable Optical fiber cable Field Wireless network (ISA100.11a) Configurator SENG: : HIS: ENG: FWMC: Safety engineering station Safety control station Human interface station Engineering station Field Wireless Management Console Figure Example of system configuration F02E.ai

4 4 is a safety control station which has functions such as safety control function, sequence of event recorder (SOER) function, and CENTUM VP integration function. communicates with by PROFIsafe protocol to refer gas concentration data detected by as safety application input. also refers operating conditions information of and, and self-diagnostics information of by interference-free communication. is a fire and gas communication module for connecting and. has one PROFINET port (based on Ethernet) to connect to s via network switch (*1). *1: Network switch (HUB) must be complied with the PROFINET standards. SENG SENG is a station to perform engineering and maintenance of ProSafe-RS. SENG has functions such as automation design organizer (AD Organizer), manager, and other optional functions. Configuration of, definition of communication input / output, and setting of device operating conditions and alarm management are performed by AD Organizer. The parameters of PROFINET and PROFIsafe are configured by using the PROFINET configurator (*1) launched from AD Organizer. *1: PROFINET configurator (SYCON.net-SLP/YOKO) is provided by Hilscher GmbH. AD Server AD Server is a station to manage all engineering data such as RS project generated by SENG. HIS/ENG HIS/ENG is a station to perform operating, monitoring, and engineering of CENTUM VP, and it can be installed in the same computer as SENG (*1) (*2). HIS can monitor operating conditions and alarm messages of by using ProSafe-RS s CENTUM VP integration function. HIS can also monitor operating conditions of the field wireless system and gas concentration data and self-diagnostics information of acquired by using tag name access. *1: When SENG and HIS/ENG are installed in a single computer, PROFIBUS-DP configurator of CENTUM VP and PROFINET configurator of SENG cannot be launched at the same time. *2: HIS/ENG cannot be installed in the same computer installed idefine for ProSafe. (*1) is a field wireless management station and has a function as a gateway to field wireless devices. The dualredundant configuration of is supported. It is recommended to segregate the network segment using VLAN function of HUB in case of connecting to, and to FWMC in a single HUB. For details of, refer to the GS " Field Wireless Management Station (GS 01W02D01-01EN). *1: Firmware revision R or later is required. is an access point of field wireless networks based on ISA100.11a, and connects to. supports the DuoCast function specified in ISA100.11a which enables simultaneous communication with two s, to create a redundant communication path and increase the reliability of the field wireless network. For details of YFGW 510, refer to the GS "YFGW 510 Field Wireless Access Point" (GS 01W02E01-01EN). YFGW610 YFGW610 is a field wireless media converter to convert the signals between 100BASE-TX (metal network cable) and 100BASE-FX (optical fiber cable). It is used when the wiring between and is placed outdoors or covers a long distance. For details of YFGW 610, refer to the GS "YFGW 610 Field Wireless Media Convertor (GS 01W02D02-01EN).

5 5 is a wireless gas detector compliant with the wireless communication standard ISA100.11a. It is acquired SIL 2 certification from a safety certification organization (Exida) and supports PROFIsafe protocol compliant with the IEC standards. detects hydrocarbon gas even in low temperature and high humidity place in short order by infrared sensor using infrared of 3 wavelengths (*1). In addition, can operate for a long period of time due to the low power design and built-in battery pack (*2). For provisioning of and setting safety parameters, use configurator. *1: Detection time is 5 seconds or less for methane and propane. *2: Battery life is up to 2 years in the standard usage and standard environment. FWMC (Field Wireless Management Console) FWMC is a console to perform engineering of a field wireless system. It is used to set the mapping of PROFINET and field wireless definition for the PROFINET communication between and. FWMC can also be used to monitor the condition of devices in the field wireless system. l Communication between and In the fire and gas communication function, communication between and is performed by PROFIsafe protocol. Communication between and is performed by PROFINET protocol, and communication between and is performed by ISA a protocol. Safety Application Safety Application PROFIsafe / PROFIsafe ESB Bus ESB Bus PROFINET PROFINET ISA100.11a ISA100.11a ESB bus communication PROFINET communication Field Wireless communication (ISA100.11a) PROFIsafe communication F03E.ai Figure Flow of communication data l Communication function specification In the PROFINET standard, I/O data used for data exchange is called a module (hereinafter PROFINET module). For the fire and gas communication function, the PROFINET module is defined by using the PROFINET Configurator. The PROFINET modules that can be used for the fire and gas communication function are shown below. Table PRFINET modules Module ID Data type Description Input (Unsigned 8-bits) Data quality status (*1) _SAFE_RS Input (Float 32-bits) Gas concentration data DIAG_STATUS Input (Unsigned 32-bits) Self-diagnosis information of GW_STATUS Input (Unsigned 16-bits) Operating condition of BBS_STATUS Input (Unsigned 16-bits) Operating condition of BATTERY_LIFE Input (Integer 16-bits) Battery level of *1: Data quality status indicates the quality of gas concentration data, specified in the ISA a standard.

6 6 EXTERNAL DIMENSIONS l Fire and Gas communication module Unit: mm RUN RCV/SND LINK INFO STATUS ACT DX 130 Nominal Tolerances : Nominal tolerance is ± 0.8 mm for the dimensions of 0.5 mm or more and 120 mm or less, and the combined nominaltolerance is ± 1.5 mm The nominal tolerance is in accordance with JEM 1459 for the dimensions over 120 mm. MODEL AND SUFFIX CODES F04E.ai Model Fire and Gas Communication Module Suffix Codes -S Standard Type 0 With no explosion protection 1 With explosion protection 1 With ISA Standard G3 Description CONFORMIY STANDARDS Refer to ProSafe-RS Standards Compliant Models (GS 32P01B60-01EN). ORDERING INFORMATION Specify the model, suffix code(s). For selecting the right products for explosion protection, please refer to TI 32S01J30-01E without fail. TRADEMARKS ProSafe, CENTUM, PRM, STARDOM, FAST/TOOLS, Exaopc, FieldMate, and Vnet/IP are either registered trademarks or trademarks of Yokogawa Electric Corporation. Other company and product names appearing in this document are registered trademarks or trademarks of their respective holders. Subject to change without notice. GS 32P06K52-01EN June 15,